University shortlisted for research and community impact at Green Gown Awards

The national awards recognise excellence in sustainability across higher and further education
Sustainability education

University shortlisted for research and community impact at Green Gown Awards

The national awards recognise excellence in sustainability across higher and further education
The ñ has been shortlisted in two categories at this yearñޙs Green Gown Awards ñޓ the national programme that recognises excellence in sustainability across higher and further education. 
The University is a finalist in the Benefitting Society category for its dental clinic for people experiencing homelessness. 
And it is shortlisted in the Research with Impact category for CobBauge ñޓ an international project exploring a traditional ñޘcobñޙ building method with a view to constructing a new generation of ultra-low carbon energy-efficient homes.
The first project sees Peninsula Dental Social Enterprise (PDSE), a notñސforñސprofit organisation aligned to the ññޙs Peninsula Dental School, offer free dental treatment to people experiencing homelessness and other forms of social exclusion. 
PDSE winners Martha Paisi, Post Doctoral researcher at the ñ, Lyndsey Withers long-standing volunteer with The Salvation Army, Christina Worle, dentist at PDSE, Colin Massey, Head of Patient Administration at PDSE and Rob Witton Chief Executive at PDSE and Director of Social Engagement and Community-Based Dentistry at ñ
The clinic was set up to help address the issue of such people being less likely to access treatment, despite tending to have poorer oral health and more acute general needs than the general population. 
The treatment is provided free-of-charge by a dentist, and referrals for this service are made through local residential homeless centres and GP outreach services. 
The initiative was also developed collaboratively with a range of partners, including people with lived experience of homelessness.
The second project, CobBauge, explores whether a building technique using a material called ñޘcobñޙ ñޓ a mixture of subsoil and fibre ñޓ could have a place in the future of sustainable building. 
For centuries, people built their homes using the cob material, particularly in South-West England and Normandy, France, but it has fallen from favour due to its inability to comply with the thermal aspects of many building regulations across the world, and supplanted by more energy dependent materials such as masonry and concrete.
However, itñޙs estimated that 8% of the worldñޙs carbon footprint is owed to concrete, while cob is an ultra-low carbon material; it comes from the Earth and can return there when the lifespan of the building is complete. 
This is the rationale behind CobBauge, a cross-Channel research project that has upgraded cob in the laboratory so that it now complies with regulations. 
A full-scale prototype building is now being monitored and evaluated in a single-storey ñޘliving laboratoryñޙ on the ñ campus (pictured).
Both initiatives will find out whether they have won at the national Green Gown Awards ceremony taking place on 8 November 2022.
CobBauge Building

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